REPT BATTERO Unveils 392Ah Energy Storage Cells & 6.26MWh Powtrix™ 3.0 System at ESIE

At the 13th Energy Storage International Summit (ESIE), REPT BATTERO unveiled its 392Ah top® energy storage cells and Powtrix™ 3.0 6.26MWh battery cabin, designed for the 6MWh+ system era.

Enhanced Safety: 0 Fire, 0 Explosion
The 392Ah cells excel in extreme safety tests, including nail penetration, with no fire or explosion. Performance surpasses mainstream 314Ah cells and competitors, ensuring system-level safety.

Rapid Mass Production & High Efficiency
Leveraging a mature 300+ series electrochemical system, the 392Ah cell achieves 415Wh/L energy density, 12,000-cycle longevity, and 95% efficiency. Compatible production lines enable swift scaling to meet market demands.

All-Scenario Adaptability
Powtrix™ 3.0’s 6.26MWh cabin fits a 20-foot container, boosting energy density by 20% versus 5MWh systems. Innovations in thermal control and structural design ensure stability across extreme environments, from deserts to cold climates.

Lower Costs, Higher ROI
The system reduces land use by 16%, on-site labor by 18%, and initial investment. Active balancing upgrades minimize downtime, enhancing online rates and battery utilization.

AI-Driven Safety & Operation
Integrated AI and physical models enable predictive risk assessment, covering thermal runaway warnings, BMS failures, and system-level diagnostics. Quantified risk analysis supports tailored operational strategies.

REPT BATTERO’s solutions prioritize safety, scalability, and adaptability, redefining standards for next-gen energy storage systems.